IANUS Simulation helps companies digitally model extrusion processes, optimize them early in the design cycle, and significantly reduce engineering lead times. With StrömungsRaum®, we provide a cloud-based CFD platform that automates the calculation of complex fluid dynamics and material distribution, enabling data-driven engineering decisions right from the initial design phase.

The core focus is the simulation of extrusion dies and processes, allowing for precise analysis of material flow, thermal behavior, and potential failure modes. This enables us to reduce scrap rates, improve process stability, and shorten development cycles. Results are available directly, requiring no local computing hardware or complex IT infrastructure.

StrömungsRaum® integrates simulation, automation, and AI-driven analysis into a single unified environment. Users benefit from high-speed solvers, scalable cloud compute performance, and an intuitive UI that eliminates the need for specialized simulation expertise. This integrates simulation directly into the engineering workflow, rather than keeping it siloed as a separate specialist tool.

Additional value is generated by validating design decisions early: design variants can be quickly benchmarked, optimization potential identified, and critical issues such as non-uniform flow distribution or inefficient geometries visualized early on. This minimizes design iterations, lowers R&D costs, and ensures robust process stability in downstream production.

Beyond pure technical engineering, StrömungsRaum® serves as a foundation for transparent communication between engineering teams, management, and sales. Simulation data is post-processed visually to simplify complex fluid dynamics and justify engineering decisions with solid data.

This elevates extrusion engineering from basic calculations to a fully digitized, end-to-end, efficient, and scalable development process.